Toward a downconversion source of positively spectrally correlated and decorrelated telecom photon pairs
Optics letters, 2013•opg.optica.org
Frequency correlation (or decorrelation) of photon pairs is of great importance in long-range
quantum communications and photonic quantum computing. We experimentally
characterize a spontaneous parametric downconversion source, based on a β-barium
borate crystal cut for type-II phase matching at 1550 nm, which has the capability to emit
photons with positive or no spectral correlations. Our system employs a carefully designed
detection method exploiting two InGaAs detectors.
quantum communications and photonic quantum computing. We experimentally
characterize a spontaneous parametric downconversion source, based on a β-barium
borate crystal cut for type-II phase matching at 1550 nm, which has the capability to emit
photons with positive or no spectral correlations. Our system employs a carefully designed
detection method exploiting two InGaAs detectors.
Frequency correlation (or decorrelation) of photon pairs is of great importance in long-range quantum communications and photonic quantum computing. We experimentally characterize a spontaneous parametric downconversion source, based on a β-barium borate crystal cut for type-II phase matching at 1550 nm, which has the capability to emit photons with positive or no spectral correlations. Our system employs a carefully designed detection method exploiting two InGaAs detectors.
opg.optica.org
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